# NOAA Paleoclimatology Program - Paleocean Site Data # md91-972-tab.txt # Complete Data # File Created: 18-Jan-2005 # #********************************************************************************* # Please cite the contributor and the original publications when using these data #********************************************************************************* # # Missing Values indicated by '-999' # # PI: Gilles Bareille # Core/Site: MD91-972 # Latitude: 44.27.00S ( -44.45) # Longitude: 51.33.00E ( 51.55) # Water Depth(m): 3340 # # Publications: # Bareille, G., F. Grousset, M. Labracherie, L. Labeyrie, and J. Petit. 1994. Origin # of detrital fluxes in the southeast Indian Ocean during the last climatic cycles. # Paleoceanography 9:799-819. #------------------ # # Description & Notes: # Detrital fluxes in the southeast Indian Ocean during the last climatic cycles. # MS flux are expressed in c.g.s. 10-6 cm-2 kyr-1. # # Variables: # depth Depth (cm) # yrBP radiocarbon years B.P. (Libby half-life; B.P. = 1950) # sedrate Sedimentation rate (cm/kyr) # susc Magnetic Susceptibility # suscf Magnetic Susceptibility flux (cgs 10-6/cm^2/kyr) # # CORE: MD91-972 depth yrBP sedrate susc suscf 10 3000 3.3 0.23 0.76 20 6000 3.3 0.27 0.9 30 9000 3.3 0.3 0.98 40 12000 3.3 0.44 1.47 50 12900 10.9 0.35 3.74 60 13800 10.9 0.31 3.34 70 14800 10.9 0.63 6.78 80 15700 10.9 0.5 5.45 90 16600 10.9 0.44 4.77 100 17500 10.9 0.52 5.62 110 18500 10.9 0.52 5.64 120 19400 10.9 0.71 7.68 130 20300 10.9 1.03 11.15 140 21200 10.9 0.96 10.36 150 22100 10.9 1.09 11.8 160 23100 10.9 0.69 7.43 170 24000 10.9 1.03 11.15 180 24900 10.9 1.21 13.08 190 25800 10.9 0.83 9.03 200 26700 10.9 0.8 8.65 210 27700 10.9 0.79 8.55 220 28600 10.9 1.5 16.25 230 29500 10.9 2.25 24.41 240 30400 10.9 2.35 25.5 250 31400 10.9 2.4 26.04 260 32300 10.9 2.35 25.5 270 33200 10.9 2.21 23.93 280 34100 10.9 0.56 6.08 290 35000 10.9 0.84 9.14 300 36000 10.9 0.61 6.65 310 36900 10.9 0.49 5.32 320 37800 10.9 0.47 5.05 330 38700 10.9 0.44 4.75 340 39600 10.9 0.52 5.67 350 40600 10.9 0.75 8.11 360 41500 10.9 0.62 6.67 370 42400 10.9 0.62 6.75 380 43300 10.9 0.54 5.86 390 44300 10.9 0.58 6.32 400 45200 10.9 1.19 12.86 410 46100 10.9 0.55 5.91 420 47000 10.9 0.59 6.4 430 47900 10.9 1.08 11.69 440 48900 10.9 0.48 5.21 450 49800 10.9 0.39 4.23 460 50700 10.9 0.95 10.31 470 51600 10.9 0.71 7.68 480 52500 10.9 0.57 6.19 490 53500 10.9 1.32 14.32 500 54400 10.9 0.68 7.35 510 55300 10.9 0.19 2.09 520 56200 10.9 0.24 2.63 530 57200 10.9 0.31 3.31 540 58100 10.9 0.98 10.61 550 59000 10.9 0.77 8.38 560 59800 13.3 1.45 19.37 570 60500 13.3 0.58 7.7 580 61300 13.3 0.56 7.47 590 62000 13.3 0.8 10.6 600 62800 13.3 1.54 20.47 610 63500 13.3 1.51 20.13 620 64300 13.3 1.72 22.93 630 65000 13.3 1.74 23.23 640 65800 13.3 1.95 26.03 650 66500 13.3 1.68 22.37 660 67300 13.3 1.68 22.37 670 68000 13.3 1.56 20.8 680 68800 13.3 1.71 22.77 690 69500 13.3 1.84 24.5 700 70300 13.3 1.23 16.4 710 71000 13.3 1.28 17.1 720 71800 13.3 0.37 4.97 730 72500 13.3 0.33 4.37 740 73300 13.3 0.6 7.93 750 74000 13.3 0.19 2.57 760 75600 6.1 2.34 14.26 770 77300 6.1 0.98 5.93 780 78900 6.1 0.26 1.6 790 80600 6.1 0.14 0.84 800 82200 6.1 0.21 1.26 810 83900 6.1 0.21 1.28 820 85500 6.1 0.65 3.96 830 87100 6.1 0.48 2.94 840 88800 6.1 0.22 1.31 850 90400 6.1 0.2 1.19 860 92100 6.1 0.25 1.54 870 93700 6.1 0.15 0.9 880 95400 6.1 0.35 2.15 890 97000 6.1 0.51 3.1 900 98600 6.1 0.65 3.93 910 100300 6.1 2.43 14.81 920 101900 6.1 0.29 1.78 930 103600 6.1 0.39 2.34 940 105200 6.1 0.22 1.34 950 106900 6.1 0.26 1.55 960 108500 6.1 0.16 0.97 970 110100 6.1 0.11 0.67 980 111800 6.1 0.11 0.68 990 113400 6.1 0.33 1.99 1000 115100 6.1 0.26 1.57 1010 116700 6.1 0.27 1.64 1020 118400 6.1 0.58 3.55 1030 120000 6.1 0.58 3.52 1040 121200 8.6 0.27 2.34 1050 122300 8.6 0.2 1.72 1060 123500 8.6 0.26 2.21 1070 124700 8.6 0.26 2.21